AI Predictive Thermal Management
Stop Throttling.
Start Performing.
CoolX delivers AI-predictive direct-to-chip liquid cooling that channels coolant to at-risk CPU and GPU clusters before thermal throttling ever occurs — keeping your hyperscale infrastructure at peak output, always.
How It Works
Proactive cooling. Not reactive damage control.
Real-Time Thermal Monitoring
CoolX sensors and AI agents continuously monitor thermal signatures across every CPU and GPU cluster in your rack infrastructure — millisecond resolution, zero blind spots.
Predictive Heat Spike Forecasting
Our LSTM model integrates NVIDIA DCGM telemetry — GPU utilization, power draw, memory bandwidth — to predict GPU junction temperature 30 minutes ahead within ±1.8°C, before throttling can occur.
Active Coolant Channeling
Coolant is proactively directed to at-risk chips via precision microvalve control. The thermal event is neutralized before it starts. Throttling never happens.
Why CoolX
Built for infrastructure that can't afford to slow down.
Predictive, Not Reactive
Legacy cooling responds after temperature rises. CoolX's LSTM model forecasts GPU junction temperature 30 minutes ahead — eliminating throttle events entirely rather than recovering from them.
Direct-to-Chip Precision
Coolant is delivered at the GPU die level for NVIDIA H100 and B200 clusters. Per-chip thermal control means no wasted cooling capacity and no thermal crosstalk between adjacent GPUs.
Zero-Throttle SLA
We guarantee zero CPU/GPU throttle events under our managed cooling contract. If it throttles, we own it.
Energy Efficiency
Proactive, AI-directed flow eliminates overcooling waste. CoolX delivers 24% cooling energy reduction — validated at 76°C, 700W H100 load, 35°C warm water, no chiller required.
Drop-In Integration
CoolX installs into existing rack infrastructure without downtime. Compatible with all major server form factors.
Trusted Infrastructure
Trusted by infrastructure teams running 500+ petaflops
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See CoolX in Your Environment
Tell us about your rack density and workload profile. We'll show you exactly how much performance you're leaving on the table.